JP3173365U - Partition surface structure - Google Patents

Abstract

Disclosed is a partition surface structure that can reuse waste partition materials, is excellent in sound insulation and heat insulation, has good appearance, and can be constructed at low cost.
A partition 10 has a partition surface structure in which a finishing plate 18 is overlapped and adhered to a waste partition material 12 having a spacer member sandwiched between a pair of metal plates so as to cover the outer surface of the metal plate. The spacer member is paper or urethane material. The finishing plate 18 is a plaster board, a composite panel, or a structural plywood. On the outer surface of the finishing plate 18, an interior cloth 18a is attached.
[Selection] Figure 1

Description

  The present invention relates to partition surface structures such as walls, partitions, ceilings, and floors in buildings.

  Conventionally, partition materials used as office floor partitions, etc. have a structure in which a spacer member such as gypsum board, corrugated paper, urethane material is sandwiched between steel and other metal plates to increase sound insulation and heat insulation. Many are used. However, this kind of partition material is generally removed and discarded when the floor layout is changed.

  In recent years, from the viewpoint of effective use of resources, there is a movement to sell used waste partition materials as second-hand goods and actively reuse them.

  In addition, studies are being conducted to promote recycling of waste partition materials. For example, like a composite board for partition disclosed in Patent Document 1, when a decorative steel plate or the like is bonded to a gypsum board, the adhesive is applied intermittently such as linear, dotted, or mesh. Thus, composite boards that facilitate disassembly and separation of gypsum board and decorative steel sheet and improve recyclability have been proposed.

JP 2000-218724 A

  Waste partition materials sold as second-hand goods often have defects such as dirt, scratches, and dents on the surface due to long-term use or handling during removal. Also, the color of the waste partition material cannot be freely selected. Therefore, there is a problem that it is difficult to use for applications such as a wall of a reception room or an office partition where appearance is important.

  Moreover, although the composite board of Patent Document 1 is relatively easy to disassemble and separate, it is inevitable that a certain cost is incurred for disassembly and separation.

  This invention was made in view of the above-mentioned background art, and aims to provide a partition surface structure that can reuse waste partition materials, has excellent sound insulation and heat insulation properties, and has good appearance and can be constructed at low cost. And

  This device has a partition surface structure in which a finishing plate is laminated and adhered to a waste partition material having a spacer member sandwiched between a pair of metal plates so as to cover the outer surface of the metal plate.

  The spacer member is preferably paper or urethane material. The finish plate is preferably a plaster board or a composite panel, and a structural plywood can be used at a place where strength is required. In addition, the outer surface of the finish plate is provided with a water-repellent or waterproof coating treatment or a decorative plate such as an interior cloth finish or a floor surface material.

  The partition surface structure of the present invention can solve the problem of appearance of the outer surface while utilizing the excellent performance (sound insulation, heat insulation, etc.) of the waste partition material, and can realize effective use of resources. In addition, there is no need for special work such as dismantling and separating waste partition materials, and construction of partition surfaces (walls, partitions, ceilings, floor surfaces) is cheaper than using new partition materials or other sound insulation materials. can do. In addition, by appropriately selecting the material of the finishing plate and applying various surface treatments, it is possible to easily realize partition surfaces for various applications such as office floors, reception rooms, factory workplaces, and clean rooms. it can.

It is a front view which shows one Embodiment of the partition surface structure of this invention. It is AA sectional drawing (a) of this embodiment, and the schematic diagram (b) explaining the assembly method.

  Hereinafter, an embodiment of a partition surface structure of the present invention will be described based on the drawings. The partition 10 shown in FIGS. 1 and 2 is an office partition having the partition surface structure of this embodiment, and includes a used waste partition 12, a newly prepared pair of runners 14 and 16, and two finishes. It consists of a plate 18.

  The waste partition material 12 is a composite board in which a spacer member such as corrugated cardboard or fibrous urethane material is sandwiched between a pair of steel plates, which are substantially rectangular metal plates, and has a height dimension of 20 Is slightly shorter than the distance from the ceiling 22 to the ceiling 22.

  The runners 14 and 16 are a pair of metal frames processed into a U-shaped cross section. For example, a light iron material called LGS is suitable. The distance between both ends of the U-shape is substantially equal to the thickness of the waste partition 12 and can be fitted to the upper end portion and the lower end portion of the waste partition material 12.

  Here, a plaster board or a composite panel is used as the finishing plate 18, and an interior cloth 18a is pasted on one surface. The height dimension is substantially the same as the distance from the floor 20 to the ceiling 22.

  The partition 10 is constructed according to the following procedure using the waste partition material 12, a pair of runners 14 and 16, and two finishing plates 18.

  First, as shown in FIG. 2B, the runner 14 is placed on the floor 20 with both U-shaped ends facing upward, and the bottom is fixed to the floor 20 with pins 24. Similarly, the runner 16 is arranged at the position of the ceiling 22 facing the runner 14 with both ends of the U shape facing downward, and the bottom thereof is fixed to the ceiling 22 with pins 24.

  Next, the plurality of waste partition materials 12 are sequentially attached to the fixed runners 14 and 16 one by one. The attachment is simple, and the upper end portion of the waste partition material 12 is inserted and fitted inside the runner 16 on the ceiling 22 side, and the lower end portion is dropped inside the runner 14 on the floor 20 side. You may reinforce by providing the support | pillar 26 as needed. A plurality of waste partition materials 12 are arranged without gaps, and when the last one has a remainder, the remainder is cut and the dimensions are adjusted.

  After that, the two finishing plates 18 with the cloth 18a facing outward are applied to both surfaces of the waste partition material 12, and screws 28 are driven into appropriate portions and laminated together. As a result, the outer surface of the waste partition material 12 and the runners 18 and 20 is covered with the finishing plate 18 so that defects such as scratches and dents are hidden, and the partition 10 having a good appearance is formed.

  According to the partition 10 described above, while taking advantage of the excellent performance (sound insulation, heat insulation, etc.) of the waste partition material 12 as it is, the finishing plate 18 is overlaid on the outer surface to solve the problem of appearance, Effective use can be realized. In particular, by appropriately selecting the color of the cloth 18a to be attached to the outer surface of the composite panel or the like as the finishing plate 18, it is easy to match the color tone of a desk or chair in the office. Further, no special work such as dismantling and separating the waste partition material 12 is required, and the wall surface can be constructed at a lower cost than using a new partition material, heat insulating material, or sound insulation material.

  In addition, the partition surface structure of this invention is not limited to the partition of the said embodiment, For example, it is also applicable to the wall of a room, the surface of a ceiling, and a floor structure. In that case, unlike the partition 10, only one side of the waste partition material may be covered with a finish plate. In addition, as a method for fixing the waste partition material, a method other than the method using the runner of FIGS. 1 and 2 can be selected in view of the size, weight, and necessary fixing strength of the waste partition material. For example, since the outer surface of the waste partition material is a metal plate, it can be firmly fixed by screwing to the board portion of the ceiling or wall. A specific waste partition material may be movably attached as an entrance door or a sliding door.

  In addition, by selecting the material of the finishing plate as appropriate and applying various surface treatments, it is possible to obtain partition surface structures such as wall surfaces suitable for various applications such as office floors, reception rooms, factory workplaces, and clean rooms. Can do. For example, in the case of an office partition, since the surface of the waste partition material is a metal plate, if the finishing plate provided on the outer surface is made thin, it can be used as a magnetic bulletin board. Moreover, when it is desired to provide a wall hook for decorating a painting or the like, the tapping screw type wall hook can be firmly attached to the metal plate. Furthermore, when constructing a clean room in a food factory where hygiene is important, an aluminum panel may be used as a finishing plate, and the surface may be treated with water repellent or waterproof coating. Moreover, when using it for a floor surface, a structural plywood is used as a finishing plate, and a decorative board such as a floor surface material is applied to the surface for finishing.

10 Partition 12 Waste partition material 14, 16 Runner 18 Finish plate

Claims (4)

  A partition surface structure, wherein a finishing plate is laminated and adhered to a waste partition material having a spacer member interposed between a pair of metal plates so as to cover an outer surface of the metal plate.   The partition surface structure according to claim 1, wherein the spacer member is paper or urethane material.   The partition surface structure according to claim 1 or 2, wherein the finishing plate is a plaster board, a composite panel, or a structural plywood. The partition surface structure according to any one of claims 1 to 3, wherein an outer surface of the finish plate is subjected to a water-repellent or waterproof coating treatment, or an interior cloth finish or a decorative plate.

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